KR100725963B1 - Manufacturing apparatus for cloth and manufacturing method thereof - Google Patents

Abstract

An apparatus and a method for making cloth by means of the printed yarn and the cloth produced by the same are provided to express clearly the color and pattern on the surface of the cloth regardless of the kinds of the cloth. A warp feed member(10) includes a warp beam carrying member(11) for carrying the wound warp into a warp feed roller(11a). Plural guide rollers(13) moves safely the warp from the warp beam carrying member. A warp beam winding member(12) includes a warp winding roller(12a) and is installed at the output portion so that the warps are arrayed and wound via the guide rollers sequentially. A print member(20) is installed between the warp beam carrying member and the warp beam winding member so that the patterns with various colors are printed on the warps. The print member also includes the transfer paper(21) for forming stably the patterns on the warps. A transfer paper feeding device includes a transfer paper feed member(22), a heat roller(23) and a transfer paper winding member(24).

Description

Fabric forming apparatus and method using printed yarns and fabrics thereof [Manufacturing apparatus for cloth and manufacturing method}

1 is an overall conceptual view of the fabric forming apparatus of the present invention.

Figure 2 is a perspective view showing the structure of the inclined feed and pattern forming portion of the present invention.

Figure 3 is a side schematic view of Figure 2 in a preferred embodiment of the present invention.

4 is a schematic view showing a transfer sheet supply unit of the present invention.

5 is a structural diagram of a fabric molded in accordance with the practice of the present invention.

Figure 6a, 6b is a mockup of the fabric molded by the method of the present invention.

Explanation of symbols on the main parts of the drawings

10; Warp feed means 11; Inclined Beam Sender

11a; Inclined feed roller 12; Inclined beam winding

12a; Warp winding roller 13; Guide Roller

14; Film supply means 14a; Feed roller

14b; Winding roller 15; Backing film

20; Printing means 21; Decal

22; Transfer paper supply unit 23; Heating roller

24; Transfer paper winding 30; Weft Feeding Means

40; Weaving means 50; Pattern forming layer

100; textile

The present invention in weaving the fabric using the weft and warp, by printing a pattern with a variety of colors on the raw material warp wound in a beam state before weaving the weft and warp, through which the pattern of the final woven fabric is stable and beautiful The present invention relates to a fabric forming apparatus and method using a printed yarn and to a molded fabric thereof.

In general, weaving of clothing or other textiles requires weft yarn (hereinafter referred to as "weft") and warp yarn (hereinafter referred to as "weft").

Then, the woven fabric as described above is formed by printing or printing a pattern having a variety of colors as a post-process fabricated with a desired pattern.

In order to provide a high quality fabric in which a predetermined pattern is expressed, conventionally, a pattern having various colors is formed by printing with dyes or inks on one surface of the finished fabric, and then it is post-processed through a process such as water repellent and coating.

In other words, the fabric produced by the conventional method is to produce a fabric using white yarn as warp and weft yarns, and to process a predetermined printed pattern on the surface of the fabric thus produced, in which case the printing portion is formed only on the fabric surface. It appears to be limited, but it is difficult to maintain a vivid color as the color and pattern gradually become blurred toward the bottom surface, and therefore, it is difficult to provide a high quality fabric, and the pattern printed on the fabric peels from the fabric during repeated washing. It is showing a serious problem that loses the merchandise due to the color or the discoloration phenomenon.

In order to solve the conventional problems as described above, the present inventors have tried various applications, including experiments to change the molding method, and supply the weft and warp to the weaving machine to arrange the fabric wound around the beam prior to weaving the fabric. After the printing process of printing or transferring a predetermined pattern having various types of colors on the warp first, and then weaving the warp on which the pattern part is printed again with the weft yarn in a conventional manner, thereby producing the product regardless of the type of yarn used. It has been confirmed that the beautiful color and the desired pattern can be clearly expressed as the surface of the fabric, which has led to the present invention.

The present invention is to provide a novel fabric forming method to provide a high value-added fabric by printing the first inclined to the raw material inclined by different forming methods, and weaving the inclined printing with the weft yarn in a conventional manner. Its main purpose is.

Another object of the present invention is to apply a novel method to provide a high quality fabric which is structurally stable and also has excellent sharpness of a printed pattern. Another object of the present invention is to provide a molding apparatus.

According to the present invention, it is possible to obtain a high-quality molded fabric with excellent productivity and economical efficiency even though the printed pattern is clearly expressed on both sides.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail.

1 is an overall conceptual view of the fabric forming apparatus of the present invention, Figure 2 is a perspective view showing the structure of the inclined feed and pattern forming portion of the present invention, Figure 3 is a side schematic view of Figure 2 as a preferred embodiment of the present invention, 4 each shows a schematic view showing the transfer paper supply unit of the present invention.

1 to 5, the fabric forming apparatus according to an embodiment of the present invention, the inclined beam sending unit 11 for transmitting the inclination wound on the inclined feed roller (11a), and the inclined beam sending unit ( 11) a sieve output side having a plurality of guide rollers 13 which reliably transfer the inclination sent out from 11), and an inclination winding roller 12a to align and wind the inclinations through the guide rollers 13 sequentially. It has an inclined supply means 10 made of an inclined beam winding 12 provided in the.

Then, between the inclined beam sending unit 11 and the inclined beam winding unit 12, the inclined beams are sent in an aligned state while passing through the plurality of guide rollers 13 from the inclined beam sending unit 11. The printing means 20 is installed to print a pattern of various colors.

The printing means 20 preferably includes a transfer paper 21 and a feeding device for stably forming a pattern of various colors on the slope sent by the inclined beam sending unit 11, the transfer paper supplying part of the feeding device. The transfer paper 21 supplied from the 22 is supplied along the guide roller 13 in a state in which the transfer paper 21 is superimposed with the inclination transmitted from the inclined beam delivery unit 11, and one surface of the transfer paper 21 is wrapped around the heating roller 23. And, after forming a pattern of various colors on the inclination is configured to be wound around the transfer paper winding portion 24.

Between the inclined feed roller 11a of the inclined beam sending unit 11 and the inclined winding roller 12a of the inclined beam winding unit 12, a supporting film 15 is provided along the inclined supply path. The film 15 is guided through film supply means 14 with feeding and winding rollers 14a and 14b.

Since the supporting film 15 is guided in close contact with the inclination supplied via the guide roller 13, it is very advantageous to effectively prevent the inclination of the inclination and to clearly print on the inclination.

The warp in which a predetermined pattern wound on the warp winding roller 12a of the warp beam winding unit 12 is printed is supplied to the weft supply means 30 by supplying it to the loom which is the normal weaving means 40. By weaving with the weft, it is possible to obtain a high quality fabric having a pattern portion that does not require a separate printing process.

The forming fabric embodied by the fabric forming apparatus further comprises the steps of: aligning and feeding the warp wound on the beam for the weaving of the fabric; Stacking and supplying transfer papers expressing a predetermined pattern in various colors on an upper surface of the supplied slope; A pattern forming step of heating a surface of the transfer paper so that patterns of various colors of the transfer paper are printed on a slope; Sequentially winding the inclination of the printed pattern with the beam again; Through such a process, the inclination wound on the sieve beam forming the printed pattern is obtained through the normal weaving process of weaving it again with the weft yarn, thereby obtaining a new fabric having a printed pattern of excellent sharpness.

At this time, it is preferable to further include a step of preventing the deflection of the inclination by supplying the support film so as to overlap the lower portion of the inclination laminated the transfer paper on the upper surface.

The operation of the embodiment of the present invention configured as described above will be described with reference to FIGS. 1 to 5.

First, the inclination supply roller 11a of the inclined beam delivery unit 11 included in the inclination supply means 10 and the beam winding inclination aligned in parallel with the inclination winding roller 12a of the inclined beam winding unit 12 are connected. However, the inclination is installed so as to pass through a plurality of guide rollers 13 provided between the inclined beam sending unit 11 and the inclined beam winding unit 12, which in turn is a heating roller 23 of the printing means 20. ) So that it can be transported by wrapping it so that the slope of the alignment supply is sufficiently tensioned so that the sagging of the slope does not occur.

In addition, the guide rollers 15 are connected to the supply rollers 14a and the winding rollers 14b included in the film supply means 14, and the plurality of guide rollers 13 in which the support films 15 are distributed. ) And the heating roller 23 are installed.

Next, the transfer paper supplying part 22 and the transfer paper winding part 24 included in the printing means 20 are positioned at one side of the heating roller 23, and then the heating roller (22) in the transfer paper supplying part 22 is placed. The transfer paper supplying device is installed so that the moving path of the transfer paper 21 can be set to the transfer paper winding 24 through the 23.

At this time, the inclined supply means 10 is driven to send the inclined wound on the inclined supply roller 11a of the inclined beam delivery unit 11 to the inclined beam winding unit 12, and at the same time, the film supply unit 14 The support film 15 is guided to be in close contact with the heating roller 23 together with the inclination while overlapping the support film 15 to one side of the inclination through a).

Then, the inclined beam is supplied toward the inclined beam winding unit 12 and supported by the support film 15 before the weaving of the various colors through the transfer paper 21 included in the printing means 20. While printing, the inclination is provided with a pattern forming layer 50.

That is, the heating roller 23 included in the printing means 20 is provided on the path from which the inclined beam is sent from the inclined beam sending part 11 to the inclined beam winding part 12, and the heating roller 23 is heated. The heater is built-in, and the heating roller 23 including the heating heater is laminated with the supporting film 15 and the inclination and the transfer paper 23 in order to pass through, and the inclination is expressed on the transfer paper 23. After the printed pattern of various colors is printed and supported so as to prevent sagging by the guide roller 13, the processed bevel having the printed pattern is re-aligned to the beam by being guided to the inclined beam winding unit 12. It is wound up.

At this time, when the inclined winding with the pattern forming layer 50 wound around the inclined beam winding 12, the transfer paper 23 passing through the heating roller 23 is wound by the transfer paper winding 24, In order to suppress the deflection, the supporting film 15 which passes along with the inclination and passes through the heating roller 23 is wound on the film winding roller 14b, respectively.

Next, the warp wound by the warp beam winding unit 12 as described above is guided to the normal weaving means 40, in which the weft supply means 30 in addition to the warp guided to the weaving means 40 By supplying, it is possible to produce a high-quality fabric 100 by weaving the warp weave alternately and interweave the pattern forming layer 50 is expressed.

As described above, the present invention is to advance the printing process of forming a pattern having a variety of colors on the inclined state in the state of supply of the warp, and then weaving of the weft is made here, through which Regardless of clearly expressing colors and patterns on the surface of the fabric, it is possible to form colors and patterns on both sides of the fabric, and to improve the restrictions of color and pattern formation by printing, and articles made of fabrics (for example, clothing) Regardless of the period of use, the color changes or the pattern is erased.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (7)

An inclined beam sending unit 11 for sending an inclined wound on the inclined feeding roller 11a, a plurality of guide rollers 13 for stably transferring the inclined fed from the inclined beam sending unit 11, and the And an inclined feeding means (10) made up of an inclined beam winding (12) provided on a sieve output side with an inclined winding roller (12a) so as to align and wind the inclined via the guide roller (13) sequentially. Between the inclined beam sending unit 11 and the inclined beam winding unit 12, a variety of inclinations are sent out in an aligned state from the inclined beam sending unit 11 through a plurality of guide rollers 13. Installing printing means 20 to print the pattern of the color; The printing means 20, In order to stably form a pattern of various colors on the slope sent by the inclined beam sending unit 11, including a transfer paper 21, to the transfer paper supply section 22, the heating roller 23 and the transfer paper winding section 24 A transfer paper supply device formed; The transfer paper 21 supplied from the transfer paper supply unit 22 of the transfer paper supply device is supplied along the guide roller 13 in a state in which the transfer paper 21 is superimposed with the inclination transmitted from the inclined beam sending unit 11, and one surface thereof is heated. (23) is wrapped and transported, fabric forming apparatus using a printed yarn, characterized in that configured to form a pattern of various colors on the inclined and then wound around the transfer paper winding portion (24). delete The method of claim 1, Between the inclined feed roller 11a of the inclined beam sending part 11 and the inclined winding roller 12a of the inclined beam winding part 12, a supporting film 15 is provided along the inclined supply path. A film forming apparatus using a printed yarn, characterized in that the film (15) is guided through a film feeding means (14) having feeding and winding rollers (14a) (14b). The method according to claim 1 or 3, It is characterized in that for supplying the weft means 40, together with the weft supplied from the weft feed means 30, a predetermined pattern printed on the inclined winding roller 12a of the inclined beam winding part 12 is characterized in that it is supplied. Fabric forming apparatus using printed yarn. Sorting and feeding the warp wound on the beam for weaving the fabric; Stacking and supplying transfer papers expressing a predetermined pattern in various colors on an upper surface of the supplied slope; A pattern forming step of heating a surface of the transfer paper so that patterns of various colors of the transfer paper are printed on a slope; Sequentially winding the inclination of the printed pattern with the beam again; Through the above-described process to the normal weaving process of weaving the inclined wound on the sieve beam formed the printed pattern again with the weft; A method of forming a fabric using a printed yarn, characterized by further comprising the step of supplying a supporting film to overlap the lower portion of the inclined stacking the transfer paper on the upper surface to prevent the deflection of the inclined. delete A fabric using a printed yarn, characterized in that it is molded by the method of claim 5.

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